• Wavelength Range : 190nm-100nm
• Spectral Bandwidth :1nm
• Wavelength Accuracy : <=+0.1nm
• (656.1nmD2), <=+0.3nm (Full)
• Wavelength Repeatability : 0.1nm
• Light Source : Deuterium, Tungsten lamp

Its uses can be summarized as follows:

Simultaneous Wavelength Monitoring:

• Simultaneously monitors absorbance or transmittance at two separate beams or wavelengths.

Quantitative Analysis:

• Performs quantitative analysis of substances by measuring their light absorption characteristics.

High Precision Measurements:

• Provides high precision and accuracy in absorbance measurements for research and analytical purposes.

Kinetic Studies:

• Supports kinetic studies by monitoring changes in absorbance over time during chemical reactions.

Quality Control:

• Essential for quality control in industries such as pharmaceuticals, chemistry, and food, ensuring product consistency.

Biological and Biochemical Research:

• Used in biological and biochemical research for analyzing nucleic acids, proteins, and other biomolecules.

Colorimetric Assays:

• Facilitates colorimetric assays by measuring color intensity through absorbance readings.

Environmental Monitoring:

• Assesses environmental samples for pollutants or specific chemical constituents by analyzing their absorbance spectra.

Material Science:

• Applied in material science research for analyzing the optical properties of materials.

Wavelength Scanning:

• Conducts wavelength scanning to identify peak absorbance or emission wavelengths in samples.